Erkoc, S. Et Al. 2003. Application of genetic algorithms to geometry optimization of microclusters: A comparative study of empirical potential energy functions for silicon. MATERIALS AND MANUFACTURING PROCESSES , vol.18, no.3 , 329-339.

Erkoc, S., Leblebicioglu, K., & Halici, U., (2003). Application of genetic algorithms to geometry optimization of microclusters: A comparative study of empirical potential energy functions for silicon. MATERIALS AND MANUFACTURING PROCESSES , vol.18, no.3, 329-339.

Erkoc, ŞAKİR, MEHMET KEMAL LEBLEBİCİOĞLU, And UĞUR HALICI. "Application of genetic algorithms to geometry optimization of microclusters: A comparative study of empirical potential energy functions for silicon," MATERIALS AND MANUFACTURING PROCESSES , vol.18, no.3, 329-339, 2003

Erkoc, ŞAKİR Et Al. "Application of genetic algorithms to geometry optimization of microclusters: A comparative study of empirical potential energy functions for silicon." MATERIALS AND MANUFACTURING PROCESSES , vol.18, no.3, pp.329-339, 2003

Erkoc, S. Leblebicioglu, K. And Halici, U. (2003) . "Application of genetic algorithms to geometry optimization of microclusters: A comparative study of empirical potential energy functions for silicon." MATERIALS AND MANUFACTURING PROCESSES , vol.18, no.3, pp.329-339.

@article{article, author={ŞAKİR ERKOÇ Et Al. }, title={Application of genetic algorithms to geometry optimization of microclusters: A comparative study of empirical potential energy functions for silicon}, journal={MATERIALS AND MANUFACTURING PROCESSES}, year=2003, pages={329-339} }